Cu on Al2O3 & AlN
OP&ES Home Up AlN ES Al203 Absorption Al2O3-AlON-AlN Al2O3 High T Al2O3 S11 GB BBO LBO Cu on Al2O3 & AlN NbC Pb2Ru2O7 Polymers PolySilane Si3N4 SrTiO3 ES SrTiO3 GB TiO2 ES YAG Absorptiion ZrO2

 

F. S. Ohuchi, R. H. French, R. V. Kasowski, "Cu Deposition on Alumina and Aluminum Nitride Surfaces: Electronic Structure and Bonding", Journal of Applied Physics, 62, 6, 2286-89 (1987).

F. S. Ohuchi, R. H. French, R. V. Kasowski, "A Study of Room Temperature Cu-Al2O3 and Cu-AlN Interfacial Interactions", J. Vac. Sci. Technol. A, 5, 4, 1175-7 (1987).   

R. V. Kasowski, F. S. Ohuchi and R. H. French, "Theoretical and Experimental Studies of Cu Metallization of Al2O3", Physica B, 150, 1-2, 44-46 (1988).   

F. S. Ohuchi, R. H. French, "Effect of Oxygen Incorporation in AlN Thin Films", J. Vac. Sci. Technol. A, 6, 3, 1695-6 (1988).   

Copper Deposition on Alumina and Aluminum Nitride Surfaces: Electronic Structure and Bonding

F. S. Ohuchi, R. H. French, R. V. Kasowski

    We report a photoelectron spectroscopy study of the interaction of copper with Al2O3 and AlN model systems processed under ultrahigh vacuum conditions and compared the intrinsic electronic interactions between the two cases.  The evolution of the electronic structure and bonding of Cu to AlN has been further studied using ab initio total energy pseudofunction techniques.  

Comment: (c) 2010 Roger H. French , frenchrh@lrsm.upenn.edu
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